AC9S4I06: Write and create texts to communicate findings and ideas for identified purposes and audiences, using scientific vocabulary and digital tools as appropriate

Learning intention: Write and create scientific texts for a clear purpose and audience. Use accurate evidence, scientific vocabulary and useful visuals; choose digital tools when they help the audience understand.

A scientific text may be a report, labelled model, poster, spoken explanation, song or slideshow. The format can change, but the underlying evidence and scientific meaning must remain accurate.

• Name who the text is for and what it should explain or encourage.
• Write an informative explanation or recommendation with relevant evidence.
• Create and label a model that communicates a relationship.
• Acknowledge the source of information and respect the knowledge holders.
• Use feedback to improve accuracy and readability.

Year-level boundary: Use familiar water, materials and feeding relationships. Explain terms in everyday language. Formal scientific publishing, advanced food-web calculations and professional media production are not required; paper, voice or simple digital tools are all suitable.

Purpose

Why a text is being made: for example, to inform, explain or encourage a useful action.

Audience

The intended readers, viewers or listeners.

Scientific vocabulary

Precise terms that help explain the topic, such as evaporation, consumer, predator, flexibility or insulation.

Caption

A short explanation of what a visual shows.

Attribution

Acknowledging whose work or knowledge is used and where it was learned.

Introduced predator

An animal brought outside its natural range that hunts and eats other animals.

Prey

An animal that a predator eats.

Official content description: write and create texts to communicate findings and ideas for identified purposes and audiences, using scientific vocabulary and digital tools as appropriate

1. E1: discussing the purpose of a text and identifying vocabulary appropriate to the topic and audience. Compare a teacher report with a younger-class explanation. Keep data exact while defining terms, changing sentence length and selecting relevant detail.
2. E2: acknowledging and learning about First Nations Australians’ ways of representing and sharing information about water sources. Read the attributed Ngurrara I example below. Write a source acknowledgement and explain how the named work shares knowledge about Country, including water sources. Learn from its public account without inventing or copying cultural meanings.
3. E3: sharing ideas about ways to represent feeding relationships including using drawings, labels, images or models. Create the feeding model as a drawing or labelled cards. Explain arrow direction, organism identities and one simplification to a partner.
4. E4: producing an informative text using scientific vocabulary to explain the impact of introduced predators on food chains. Write a short paragraph using predator, prey and consumer. Explain a direct effect and a possible indirect effect in the cat–bird–grasshopper scenario; do not claim exact number changes.
5. E5: constructing a report using scientific vocabulary to explain which materials are best suited to be used for making particular products, such as nylon for tents, rubber for shoes or wool for warm clothing. Use the tent model to write a recommendation. Explain rubber grip and flexibility for a sole, or wool fibres trapping air to help slow heat loss in clothing. Material properties must connect to the particular product’s needs.
6. E6: creating posters, a song, slideshow or performance to encourage the school community to save water. Create a real message with a specific audience, achievable action and accurate reason or evidence. A digital tool is useful when it makes labels or spoken explanations clearer, not when it covers the evidence.

Ngurrara I: a publicly explained example

The National Museum of Australia describes Ngurrara I as a collaborative painting made by nineteen Traditional Owners. Its view of the Great Sandy Desert includes waterholes. The museum connects the work with Walmajarri and Wangkajunga peoples and their enduring relationships with Country. This is a specific example of artwork communicating place-based knowledge, including water sources, rather than just a list of current water measurements.

Source: National Museum of Australia, Australian Journey: Travelling Country, opening transcript account of Ngurrara I. The short account above is enough for this task; the full historical video is not required.

Teacher does: Read the note, name the work and knowledge holders, and ask how information can be communicated visually. Follow local guidance when seeking local examples; communities and works can share knowledge differently.

Student creates: Write an acknowledgement and a two-sentence explanation based on the supplied public account. Do not copy the artwork, guess unshared meanings or claim one symbol system applies everywhere.

Expected: An attributed explanation recognising that the named artwork conveys knowledge of Country and waterholes. Reteach if the response treats First Nations knowledge as one generic tradition or presents guessed meanings as facts.

We do: report reconstruction

Teacher and class work together to order question and purpose → method → results table or model → finding → conclusion and limit. Explain how each part lets the reader follow and check the evidence. Then write a new short report using the tent records rather than merely naming sections.

Audience rewrite

Evidence: water warmed from 21°C to 29°C in ten minutes. For a poster: “Water warmed from 21°C to 29°C in ten minutes.” For a spoken explanation: “The temperature increased by eight degrees Celsius during our ten-minute test.” Both preserve the same evidence. Do not add “largest rise” without comparison data.

Visual audit and peer feedback

Purpose → choose a useful visual → label names and units → write a caption → explain the finding → check readability. Ask a partner to tell you the message in their own words, then revise one unclear part without changing the data.

Quick checkpoint: Does a colourful chart become a measured field survey? No. Label invented data or a model honestly; format does not change evidence type.

• Adapt the audience by changing the facts: Change vocabulary support and layout while preserving values and meaning.
• A model shows everything: Name the selected relationship and one limitation.
• Scientific language means the longest word: Choose a precise relevant term and explain it when needed.
• Insulation generates heat: Wool can trap air and help slow heat loss; it is not a heat source.
• Fewer birds guarantees exactly twice as many insects: Explain a possible relationship and acknowledge other influences.
• Public cultural knowledge needs no acknowledgement: Credit the knowledge holders and source, and stay within what is publicly explained.
• A water campaign should stop every use: Target avoidable waste while preserving necessary drinking and hygiene.

Support: Offer a word bank, labelled evidence table and sentence frames: “This text is for…”, “The evidence shows…”, “We recommend…because…”. An adult can read the public source note aloud.

Core: Create a labelled model, write an informative explanation and a material report, and develop a school water-saving message.

Extend: Present the same findings in a report and an oral or digital format, explain why each audience needs different support, and revise after feedback while keeping every claim accurate.

What changes when a report becomes a poster?

Layout, sentence length and amount of detail may change; evidence and scientific meaning do not.

How do feeding arrows help an audience?

A key explains food and energy moving from source to eater.

Why does a recommendation need properties and evidence?

The reader needs to see how the tested material meets the product’s particular requirements.

How can a text acknowledge the water-knowledge example?

Name Ngurrara I, its Traditional Owner creators and the museum account, then explain only the publicly supported information.

When is a digital tool appropriate?

When it helps the intended audience understand, for example by enlarging labels or combining a readable diagram with spoken explanation.

Prompt: Explain evaporation to a younger pupil. Expected: “Liquid water changes into water vapour in the air; this is evaporation.” Review: Do not say the water is destroyed.

Prompt: Write a sentence recommending a flexible material for a shoe sole that also needs grip. Expected: Link both flexibility and grip to the use and refer to tested evidence where provided. Review: One useful property does not establish every requirement.

Prompt: Create a school water-saving slogan with a safe action. Expected: A clear action such as reporting a leak or turning taps off while soaping, with necessary water use preserved. Review: A rhyme or digital effect does not justify a false savings claim.

Create a mini-report for classmates choosing a model container. The container must bend without breaking and stay dry inside. Sample A bends and stays dry; B bends but leaks in the same short test. Write three sentences and add a labelled evidence sketch or table.

Expected: Identify the audience and two needs; compare both samples accurately; recommend A for these tested conditions and avoid claims about every future use. The created visual must show both labels and both results.

Continue when: the pupil actually creates the text and visual, uses relevant vocabulary and links the choice to evidence. Reteach if: they only describe what they would create, omit a requirement, change a value or confuse the model with measured real-world population data.

Read the topic guide and use the teacher slide for instruction. Students can then use the worksheet for written work, open Practice for supported feedback, or take the Test when they are ready.

This table gives closest-topic mapping for search and planning. The Australian Curriculum code is exact; overseas entries are broad equivalents because each jurisdiction structures outcomes differently.

Curriculum equivalents for And create texts to communicate findings and ideas for identified...

Mapped skill: write and create texts to communicate findings and ideas for identified purposes and audiences, using scientific vocabulary and digital tools as appropriate

These references identify matching or closely related learning. Curriculum sequence, terminology and depth vary, so teachers should use the mapped skill and lesson difficulty to confirm suitability.

Australian Curriculum v9.0 is the canonical source for this SkillrHub lesson. Victoria and NSW entries name the closest published state codes or outcomes; international entries are planning references rather than claims of identical curricula.

• Australian Curriculum Version 9.0
• Victorian Curriculum F-10
• NSW Curriculum
• Common Core State Standards
• Next Generation Science Standards
• England National Curriculum
• New Zealand Curriculum
• NCERT textbooks

• AC9S4U01: Explain the roles and interactions of consumers, producers and decomposers within a habitat and how food chains represent feeding relationships
• AC9S4U02: Identify sources of water and describe key processes in the water cycle, including movement of water through the sky, landscape and ocean; precipitation; evaporation; and condensation
• AC9S4U03: Identify how forces can be exerted by one object on another and investigate the effect of frictional, gravitational and magnetic forces on the motion of objects
• AC9S4U04: Examine the properties of natural and made materials including fibres, metals, glass and plastics and consider how these properties influence their use
• AC9S4H01: Examine how people use data to develop scientific explanations
• AC9S4H02: Consider how people use scientific explanations to meet a need or solve a problem
• AC9S4I01: Pose questions to explore observed patterns and relationships and make predictions based on observations
• AC9S4I02: Use provided scaffolds to plan and conduct investigations to answer questions or test predictions, including identifying the elements of fair tests, and considering the safe use of materials and equipment